A character image input method

Abstract

The present invention provides a character image input method, the full name of which is a Chinese character image input method. It is a method for inputting Chinese characters by taking the prescribed components that constitute Chinese characters. It is based on "wood, earth, water, fire, gold, month, day, mountain, field, stone, Li, king, man, woman, Ji, eyes, ears, palm, speech, mouth, bow, sword, car, boat" and "west wind, small bird, fish, two, three, four, five, six, seven, eight, nine, ten, tiger, dog, cow, sheep, mare, rice, wheat, bamboo, grass" as the main lines. There are 100 Chinese characters called character images, which are arranged on 25 key positions according to their meaning, image and shape as core components to input Chinese characters. The two groups of main line character key areas are classified more reasonably and easy to remember: five elements "wood, earth, water, fire, gold"; scenery "moon, day, mountain, field, stone"; personnel "establish king, man, woman, and self"; human body "eyes, ears, hands, palm, speech, and mouth"; tools "bow, sword, car, and boat"; wind bird sentence "west wind small bird"; fish number sentence "fish two, three, four, five, six, seven, eight, nine, and ten"; five animals "tiger, dog, cow, sheep, mare"; plants "rice, wheat, bamboo, and grass". The character images in the key are such as: S "fire temple gate", A "gold wrapped bird feathers", etc., and the classification and meaning association are more natural and easy to remember. It is an optimization and improvement of "a four-image meaning-shape input method (patent number: ZL201310085786.7)", which makes more prominent use of the pictographic, ideographic and holistic nature of Chinese characters for a new design, which is more in line with the cognitive thinking and memory thinking of Chinese characters, more vivid and intuitive, easier to learn and remember, and smoother and faster to input. At the same time, it is also a simple method to learn literacy.

Description

Technical Field

[0001] The invention belongs to the technical field of computer and mobile phone Chinese character information input and Chinese character teaching. Background Art

[0002] Keyboard (including touch keyboard) input is the most important way to input Chinese character information at present. In terms of keyboard input, in fact, only Wubi font and Pinyin input methods are widely used. The advantage of Pinyin input method is that people have learned Pinyin since childhood and are familiar with Pinyin. As long as they know Pinyin, they can input, so it is simple to get started and accepted by most people. However, there are the following disadvantages: first, there are many keystrokes, many homophones, high repetition rate, slow input, and it is easy to fatigue the eyes to stare at the screen to select words for input; second, it is not suitable for people who are not good at Mandarin; third, it is difficult to deal with unfamiliar words; fourth, long-term use of Pinyin input method will cause different degrees of "forgetting words when writing" and increasing use of wrong words. The most commonly used shape code input method is Wubi font input method, which has intuitive code retrieval, few keystrokes, low repetition rate, fastest input speed, and can be input if you know the shape of the character. However, due to the lack of semantic association between roots, there are inherent disadvantages such as strong memorization of roots and difficult key positions, which are difficult to remember and difficult to get started. Compared with Pinyin and shape codes such as Wubi input method, although with the application of network big data technology and artificial intelligence, Pinyin input method can combine the changes in social language to more intelligently guess what words, phrases, and sentences users want to input. This is indeed the strength of the phonetic code. Shape codes such as Wubi input method can do nothing in this regard except expanding the vocabulary, and this is also the strength of shape codes such as Wubi. No matter how you change, I still use the code to determine the word. Pinyin input method is more convenient in daily language such as "Hello", "Have you eaten", "Where to go tonight", etc., but in formal professional, industry documents or even classical Chinese, you must press the backspace key or select words many times. This is the limitation of Pinyin input method. In order to simplify input, it is necessary to better guess what the user wants to input, and the more guesses, the more options are given to users. Users have to stare at the alternative column to choose, or have to backspace after entering the first letter of the Pinyin of a long string of sentences in order for the input method to find what they want to enter. This is the strength of shape code. A character has a fixed code. Entering this code can get this character, even if there are many possible words behind it, even if there are many possible phrases behind it. This allows users to focus more on the content itself without worrying about the problem of selection. Therefore, as long as the shortcomings of current shape code input such as Wubi font input are solved, shape code will be more widely used than pinyin input. My "A Four-image Meaning Shape Input Method (Authorized Patent No.: ZL201310085786.7)" a few years ago is an innovation of shape code input method, which solves most of the shortcomings of shape code input, but it can also be better optimized and improved to make Chinese character input and learning simpler, easier to learn, and more efficient. Summary of the invention

[0003] The object of the present invention is to solve the defects of the prior art of shape code input methods to a greater extent, mainly aiming at "a four-image ideographic input method (authorized patent number: ZL201310085786.7)" for better optimization and improvement, and to provide a Chinese character input method and learning method that better conforms to people's thinking habits of recognizing and remembering Chinese characters, is easier to learn and use, and has faster input speed.

[0004] The object of the present invention is achieved through the following technical solutions: It is a character image input method, full name Chinese character image and meaning input method. It is a method of inputting Chinese characters by taking the specified components that make up Chinese characters. Its characteristics are as follows: The formed components and the characters composed of some two or three components, a total of 100, are called character images. First, the 50 character images mainly based on pictographs are classified and arranged in two groups on 25 key positions. The corresponding relationships between these 50 character images and the key positions are as follows:

[0005] "Wood, earth, water, fire, metal; moon, sun, mountain, field, stone; stand, king, person, woman, oneself; eye, ear, hand, heart, speech, mouth; bow, knife, vehicle, boat" correspond to "G, F, D, S, A; T, R, E, W, Q; Y, U, I, O, P; H, J, K, L, N, M; B, V, C, X";

[0006] "West, wind, small, zhi, bird; fish, two, three, four, five; six, seven, eight, nine, ten; tiger, dog, ox, sheep, mother, horse; rice, grain, bamboo, grass" correspond to "G, F, D, S, A; T, R, E, W, Q; Y, U, I, O, P; H, J, K, L, N, M; B, V, C, X":

[0007] Secondly, the remaining 50 character images are classified according to meaning and shape on the key positions of the first 50 character images mainly based on pictographs. The corresponding relationships of the 100 character images classified and arranged on 25 key positions are as follows:

[0008] G "wood, ding, west, hill"; F "earth, shi, wind, rain";

[0009] D "water, light, small, river"; S "fire, temple, zhi, door"; A "metal, bag, bird, feather";

[0010] T "moon, horn, fish, bone"; R "sun, insect, two, hair";

[0011] E "mountain, county, three, shell"; W "field, armor, four, skin"; Q "stone, factory, five, home";

[0012] Y "stand, god, six, scar"; U "king, son, seven, dagger-axe";

[0013] I "person, still, eight, thousand"; O "woman, towel, nine, chi"; P "oneself, clothes, ten, cun";

[0014] H “eye, stop, tiger, card”; J “ear, also, dog, big”;

[0015] K “hand, pat, ox, qi”; L “heart, compare, sheep, industry”; N “speech, visit, mother, text”;

[0016] M “mouth, dry, horse, husband”; B “bow, young, rice, mortar”;

[0017] V “knife, son, grain, law”; C “cart, worker, bamboo, wheat”; X “boat, craftsman, grass, claw”;

[0018] Based on the variants or cognates of 100 character images, or those that are partially the same or similar to them, or similar to the whole, or the stroke count is related to them, the remaining specified components are classified into the character images, and then input according to the character image key positions. These components are called the class images of the character images. The attribution of the class images to the character image key positions can be seen in Figure 2 and Figure 3 .

[0019] The character images “still, visit, pat, god, young, light, county, home, wheat, grass, wind, temple, scar, craftsman, bag, horn, bone, card, tiger, skin, compare, feather” are two-component composite character images, containing two components, which should be taken separately; the character image “law” is a three-component composite character image, which should be split into three components for use; “horse, bird, fish” specifically refers to “removing the last stroke part respectively” for the first three codes, and the fourth code is taken as a whole without specific reference.

[0020] The class images can be adjusted appropriately according to different Chinese character character sets: the above class images are applicable to the GB2313 character set. For large character sets such as GBK and GB18030, class images such as “車, 門, 貝, 糹, 馬, 鳥, 魚” corresponding to the character image key positions of “car, door, shell, silk, horse, bird, fish” should be added.

[0021] Single-character coding input method: According to the principles of “writing order of Chinese characters, fewer components” and “first scattered, first connected, first large and intuitive”, the first, second, third, and last components of the Chinese character are taken respectively to press the corresponding keys for input. If the number of codes is less than four, the recognition code is supplemented, and if it is still insufficient, the space bar is pressed. Specifically as follows: key name characters (the first character image character on the key position), press the key four times in sequence; non-key single-component characters, press the key position of this component, and then press the first, second, and last strokes; two-component characters, press the first and second components + recognition code + space bar; three-component characters, press the first, second, and third components + recognition code; characters with more than three components, press the first, second, third, and last components. Vocabulary input method: For two-character words, take the first two components of each word and input them in sequence; for three-character words, take the first component of each of the first two words and the first two components of the third word and input them in sequence; for words with more than three characters, take the first components of the first three words and the last word and input them in sequence.

[0022] Chinese character simple code and secondary code input method: Take the first, second, and third codes of the full code of a single character and press the space bar, which are the first, second, and third level simple code inputs of the character respectively; Use the Z key to replace some difficult parts in Chinese characters such as enclosed blocks and intersecting blocks for input, which is the secondary code input of the character.

[0023] The recognition code is based on the last stroke of the component taken from the Chinese character, namely "horizontal, vertical, left-falling stroke, dot, fold". For the mixed font type, it is input corresponding to "west, wind, small, zhi, bird"; for the upper and lower font type, it is input corresponding to "fish, two, three, four, five"; for the left and right font type that is not the xiang, dog, or cow radical, it is input corresponding to "six, seven, eight, nine, ten"; for the left and right font type with the silk, dog, or cow radical, it is input corresponding to "tiger, dog, cow, sheep, horse".

[0024] The character image input method is also a simple Chinese character recognition and learning method. By splitting Chinese characters and using character images and class images to recognize and explain characters in batches; The character image texts for literacy teaching are as follows:

[0025] 1) Wood, earth, water, fire, metal, moon, sun, mountain, field, stone, stand, king, person, woman, oneself, eye, ear, hand, heart, speech, mouth, bow, knife, cart, boat;

[0026] 2) West wind, small, zhi, bird, fish, two, three, four, five, six, seven, eight, nine, ten, tiger, dog, cow, sheep;

[0027] Mother horse, rice, millet, bamboo, grass; 3) Wood, ding, west, hill, earth, soil, wind, rain, water, light, small, river, fire, temple, gate, metal, wrap, bird, feather:

[0028] Moon, horn, fish bone, sun, insect, two, hair, mountain county, three, shell, field, armor, four, skin, stone, factory, five, family;

[0029] Stand, god, six, scar, prince, seven, dagger-axe, person, still, eight thousand, woman, towel, nine feet, oneself, clothes, ten inches;

[0030] Eye, stop, tiger, card, ear, also, dog, big, hand, pat, cow, qi, heart, compare, sheep, industry, speech, visit, mother, text, mouth, dry, horse, groom; Bow, young, rice, mortar, knife, child, millet, rule, cart, worker, bamboo, wheat, boat, craftsman, grass, claw.

[0031] After optimizing and improving the "Four-Image Ideographic Input Method for Chinese Characters (Patent No.: ZL201310085786.7)", the present invention has the following advantages compared with the prior art.

[0032] 1. Easier to remember and learn: Optimized and selected 100 character images in the "Four-Image Ideographic Input Method for Chinese Characters (Patent No.: ZL201310085786.7)" and redesigned the key positions. Added the character images of "wind, light, horn, county, god, chi, pat, visit, still", subtracted the character images of "yong, xiong, xi, tao, xiang, shi, si, ge, bai, fang, nai", among which "xi, shi" were adjusted to class images, and "bai, fang, nai, yong" were adjusted to the combined character images of "pat, visit, still, horn". In this way, better use is made of the pictographic, semantic, and holistic nature of Chinese characters for key position classification and layout, and the characters between keys and within keys can be naturally connected in meaning to form sentences and texts.

[0033] The two groups of main character-image key positions have been optimized and adjusted as follows: "wood, earth, water, fire, metal; moon, sun, mountain, field, stone; standing, king, person, female, self; eye, ear, hand, heart, speech, mouth; bow, knife, vehicle, boat" and "west, wind, small, of, bird; fish, two, three, four, five, six, seven, eight, nine, ten; tiger, dog, ox, sheep, female, horse; rice, grain, bamboo, grass" respectively correspond to the key positions of "G, F, D, S, A; T, R, E, W, Q; Y, U, I, O, P; H, J, K, L, N, M; B, V, C, X". The classification of these two groups of main character-image key areas is more reasonable and easier to remember: the five-element category "wood, earth, water, fire, metal"; the scenery category "moon, sun, mountain, field, stone"; the personnel category "standing, king, person, female, self"; the human body category "eye, ear, hand, heart, speech, mouth"; the tool category "bow, knife, vehicle, boat"; the wind and bird form a sentence "west wind, small, of, bird"; the fish and number form a sentence "fish, two, three, four, five, six, seven, eight, nine, ten"; the five-animal category "tiger, dog, ox, sheep, female, horse"; the plant category "rice, grain, bamboo, grass";

[0034] The character-images within the keys have been optimized and adjusted. The classification and semantic connection are more meaningful and easier to remember: G for "wood, nail, west, hill", F for "earth, soil, wind, rain", D for "water, light, small, stream", S for "fire, temple, door", A for "metal, wrap, bird, feather", T for "moon, horn, fish bone", R for "sun, insect, two, hair", E for "mountain county, three, shell", W for "field, armor, four, skin", Q for "stone factory, five, family", Y for "standing, god, six, scar", U for "king, son, seven, dagger", "person, still, eight, thousand", O for "female, towel, nine, chi", P for "self, clothes, ten, cun", H for "eye, stop, tiger, card", J for "ear, also, dog, big", K for "hand, pat, ox, qi", L for "heart, compare, sheep, industry", N for "speech, visit, female, text", M for "mouth, dry, horse, groom", B for "bow, young, rice, mortar", V for "knife, son, grain, law", C for "vehicle, worker, bamboo, wheat", X for "boat, craftsman, grass, claw". Classified by attribute, "horn, bone", "armor, skin", "factory, family" are on the same key respectively. Classified by glyph, "earth, soil", "person, eight", "dog, big" are on the same key respectively. Classified by semantic connection, "female, text", "horse, groom", "bow, young", "knife, son", "vehicle, worker", "boat, craftsman" are on the same key to form words representing people, etc. In short, the character-images within the keys form sentences, and the sentences of each key are connected into a semantic text. This is also easier to remember and learn.

[0035] The key positions of five single-stroke type-images have been optimized and adjusted: the five single strokes "horizontal, vertical, left-falling stroke, dot, fold" in "A Four-Image and Ideographic Input Method for Chinese Characters (Patent No.: ZL201310085786.7)" correspond to the keys "H, J, K, L, M", and now they are adjusted to correspond to "G, H, T, Y, B" according to the first stroke of the character-images of "wood, eye, moon, standing, bow". Such adjustment is conducive to balancing the usage frequency of both hands and making the input more coordinated, smooth and fast.

[0036] The class images are preferably refined according to the Chinese character usage frequency of the components, the character formation frequency of the components, and the positions of the components within the characters, etc. Many unnecessary components are removed, which is more conducive to memory. For some of the refined and selected class images, the key position attribution is adjusted with meaning first and form second, which not only highlights the image and meaning of Chinese characters but also is more conducive to the memory of class images. For example, "氵, 灬, 刂" are attributed to "water, fire, knife" according to their meanings, "亠, 了" are attributed due to partial similarity with "言, 子", "扌, 忄" are attributed as variants of "手, 心", the "要" head is attributed according to similarity with "西", "冫, 彡" are attributed according to the same number of strokes as "二, 三", etc. Such an arrangement of class image classification is more natural and easy to remember.

[0037] Since it is a shape code input method, some problems of Chinese characters themselves, such as writing stroke order, character shape structure, component deformation, and organizational relationship, etc., may cause difficulties in inputting some characters. For these characters, a secondary code input is designed, that is, the Z key is used to replace some difficult-to-input parts in Chinese characters, such as enclosed connected blocks, intersecting blocks, etc. for input. Sometimes, by inputting the secondary code, some homograph characters can also achieve non-homograph input. Through the design and arrangement of the secondary code, the Chinese character input becomes zero-threshold and unobstructed, so that the entire input method perfectly achieves ease, smoothness, and speed.

[0038] 2. Faster input: The selection of components is more scientific, the distribution of component key positions is more balanced and natural, and it is more coordinated, fast, and smooth with finger methods. By adjusting the component key positions, some rules for supplementary codes of components are better removed. For example, in the五笔 input method, "犭, 衤, 衤" require supplementary codes, and in the Four-Image and Meaning-Shaped Input Method, "犭, 牜, ネ, 衤", etc. require re-inputting for supplementary codes. This makes code extraction faster and more intuitive, the thinking more smooth, and the input faster. By increasing or decreasing the composite character images of "A Four-Image and Meaning-Shaped Input Method (Patent No.: ZL201310085786.7)", such as adding "仍, 访, 拍, 神, 光, 县, 风, 角," and removing "凶, 套, 祥", etc., it is better for memory and faster for code extraction. The recognition code key positions are adjusted, the key position arrangement is more reasonable and balanced, the finger methods are more coordinated, and the homograph rate is more effectively reduced. In short, forming characters and sentences is naturally memorable, the input rules are simple, and the homograph rate is very low. Therefore, the input is easy to learn and use, fast and efficient.

[0039] 3. Most of the formed character images selected by the input method of the present invention are pictographs and some ideographic characters, which more prominently highlight the integrity, pictographic nature, and ideographic nature of Chinese characters. By splitting Chinese characters and using simple and easy-to-learn character images and class images to batch recognize and interpret characters; character images and class images are collectively referred to as code images, and character images and code images can be made into cards or software such as character texts, graphics, images, games, etc. for Chinese character literacy teaching, which is also a simple Chinese character learning method. It can be used as a Chinese character learning plan to perfectly solve the problems of difficult pronunciation, difficult literacy, and difficult input of Chinese characters in terms of sound and shape together with the Chinese pinyin plan. Description of the Drawings

[0040] Figure 1 It is a character image key map, Figure 2 and Figure 3 is combined into a code image key map. The circled ones in the figure are 5 kinds of strokes. Specific implementation manner

[0041] The present invention will be further described in detail below with reference to examples.

[0042] It is a character image input method, full name Chinese character image input method. It is a method of inputting Chinese characters by taking the specified components that make up Chinese characters (these specified components can be called image elements). The characteristics of the present invention are: the formed character components and the characters composed of some two or three components, a total of 100 are called character images. First, the 50 character images mainly in the form of pictographs are classified and arranged on 25 key positions in two groups. The corresponding relationship between these 50 character images and the key positions is as follows:

[0043] "Wood, earth, water, fire, metal; moon, sun, mountain, field, stone; stand, king, person, woman, oneself; eye, ear, hand, heart, speech, mouth; bow, knife, vehicle, boat" correspond to "G, F, D, S, A; T, R, E, W, Q; Y, U, I, O, P; H, J, K, L, N, M; B, V, C, X":

[0044] "West, wind, small, zhi, bird; fish, two, three, four, five; six, seven, eight, nine, ten; tiger, dog, ox, sheep, mother, horse; rice, grain, bamboo, grass" correspond to "G, F, D, S, A; T, R, E, W, Y, U, I, O, P; H, J, K, L, N, M; B, V, C, X";

[0045] Secondly, the remaining 50 character images are classified by meaning and form on the key positions of the first 50 character images mainly in the form of pictographs. The corresponding relationship of the 100 character images classified and arranged on 25 key positions is as follows:

[0046] G "wood, ding, west, hillock"; F "earth, shi, wind, rain";

[0047] D "water, light, small, river"; S "fire, temple, zhi, door"; A "metal, bag, bird, feather";

[0048] R "sun, insect, two, hair"; T "moon, horn, fish, bone";

[0049] E "mountain, county, three, shell"; W "field, armor, four, skin"; Q "stone, factory, five, home":

[0050] Y "stand, god, six, scar"; U "king, son, seven, ge";

[0051] I "person, still, eight, thousand"; O "woman, towel, nine, chi"; P "oneself, clothes, ten, cun";

[0052] H “eye, stop, tiger, card”; J “ear, also, dog, big”;

[0053] K “hand, pat, ox, qi”; L “heart, compare, sheep, industry”; N “speech, visit, mother, text”;

[0054] M “mouth, dry, horse, husband”; B “bow, young, rice, mortar”;

[0055] V “knife, son, grain, law”; C “cart, worker, bamboo, wheat”; X “boat, craftsman, grass, claw”;

[0056] Based on the variants or cognates of 100 character images, or those that are partially the same or similar to them, or similar to the whole, or the stroke count is related to them, the remaining specified components are attributed to the character images, and then input according to the character image key positions. These components are called the class images of the character images. The attribution of the class images to the character image key positions can be seen in Figure 2 and Figure 3 .

[0057] The character images “still, visit, pat, god, young, light, county, home, wheat, grass, wind, temple, scar, craftsman, bag, horn, bone, card, tiger, skin, compare, feather” are two-component composite character images. They mostly have structures and are used separately according to the structures. For example: “pat” contains two components “扌, white”; “light” contains two components “the remaining part after removing the character 兀, 兀”; “card” contains two components “up, down”; “skin” contains two components “the remaining part after removing the character 又, 又”. The character image “law” is a three-component composite character image and needs to be split into three components “彳, the first three strokes of the character 聿, the last three strokes of the character 聿” for use. “horse, bird, fish” specifically refers to “each removing the last stroke part” for the first three codes, and the fourth code is taken as a whole without specific reference. For example: for the character “ride”, take “the part of the character horse removing the last horizontal stroke, 一, big, mouth”; for the character “sing”, take “mouth, the part of the character bird removing the last horizontal stroke, 一”; for the character “scold”, take “mouth, mouth, the part of the character horse removing the last horizontal stroke, 一”; for the character “pigeon”, take “person, 一, mouth, bird”.

[0058] The class images can be adjusted appropriately according to different Chinese character character sets: the above class images are applicable to the GB2313 character set. For large character sets such as GBK and GB18030, class images such as “車, 門, 貝, 糹, 馬, 鳥, 魚” need to be added corresponding to the character image key positions of “car, door, shell, silk, horse, bird, fish” etc.

[0059] Principles for extracting components: 1. Writing order: Extract components according to the correct writing stroke order of Chinese characters to ensure the sequentiality of encoding. For example, for the character "想", extract "木, 目, 心", not "木, 心, 目". 2. Few components: Ensure that the total number of components extracted from a Chinese character is the least. For example, for the character "元", extract two components "一, 兀", not three components "一, 一, 儿". 3. First separate then connect: When the number of components extracted by both methods is the same, if it can be separated in a scattered way, don't separate it in a connected way; if it can be separated in a connected way, don't separate it in an intersecting way. For example, for the character "行", extract "彳, 一, 丁", not "彳, 二, |"; for the character "天", extract "一, 大", not "二, 人". 4. First large component principle: When the number of components extracted by both methods and the connection / intersection method are the same, the correct way is to give priority to extracting the component with the most strokes. For example, for "壬", extract "千, 一", not "丿, 士". 5. Intuitive principle: It conforms to people's intuitive judgment, and there are sometimes individual exceptions that do not conform to the writing order and the first large component principle. For example, for "载", extract "十, 戈, 车", not "十, 一, 车, 丶"; for "幽", extract "山, 幺, 幺", not "|, 幺, 幺, ㄩ"; for "主", extract "、, 王", not "亠, 土".

[0060] Single-character encoding input method: According to the above principles for extracting components, respectively extract the first, second, third, and last components of the Chinese character and press the corresponding keys for input. If it is less than four codes, supplement the recognition code, and if it is still insufficient, press the space bar. Specifically as follows:

[0061] Key name characters: Press the key four times in sequence. For example, for the character "木", press "木, 木, 木, 木", and the encoding is GGGG; Non-key name single-component characters: Press this component, and then press the first, second, and last strokes. For example, for the character "工", press "工, 一, |, 一", and the encoding is CGHG; Two-component characters: Press the first and second components + recognition code + space bar. For example, for the character "汉", press "氵, 又, [九]", and the encoding is DWO; for the character "卡", press "上, 卜, [四]", and the encoding is HHW; for the character "皮", press Leather, leather , [之] Horse, one , and the encoding is WWS; for the character "马", press

[0062] , [西], and the encoding is MGG; Three-component characters: Press the first, second, and third components + recognition code. For example, for the character "想", press "木, 目, 心, [九]", and the encoding is GHLO; for the character "嫁", press "女, 宀, 豕, [九]", and the encoding is OQQO; Characters with more than three components: Press the first, second, third, and last components. For example, for the character "能", press "厶, 月, 匕, 匕", and the encoding is ETLL; for the character "操", press "扌, 口, 口, 木", and the encoding is KMMG.

[0062] Vocabulary input method: For two-character words: Input the first two components of each character in sequence. For example, for the word "汉字" (Chinese character), input "氵、又、宀、子", and the code is DWQU. For three-character words: Input the first component of the first two characters and the first two components of the third character in sequence. For example, for the word "公交车" (bus), input "八、六、车、车", and the code is IYCC. For words with more than three characters: Input the first components of the first three characters and the last character in sequence. For example, for the phrase "中华人民共和国" (People's Republic of China), input "口、亻、人、囗", and the code is MIW.

[0063] Input method for single-character abbreviated codes and secondary codes: Take the first, second, and third codes of the full code of a single character and press the space bar respectively, which are the input of the first, second, and third-level abbreviated codes of the character. The first- and second-level abbreviated codes are mainly used for input of high-frequency characters. Secondary code input is to use the Z key to replace some difficult-to-input parts in Chinese characters, such as enclosed connected blocks, intersecting blocks, etc. For example, the code for the character "其" is XEI, use Z to replace its upper part, and the secondary code is ZI; the code for the character "革" is XMP, and the secondary code is XZ.

[0064] The recognition code is based on the last stroke of the last component of the Chinese character, namely "horizontal, vertical, left-falling stroke, dot, fold". For the mixed font type, input corresponding to "西、风、小、之、鸟"; for the upper-lower font type, input corresponding to "鱼、二、三、四、五"; for the left-right font type that is not beside 纟, 犭, 牜, input corresponding to "六、七、八、九、十"; for the left-right font type beside 纟, 犭, 牜, input corresponding to "虎、犬、牛、羊、马". For example, for the character "地" which is of the left-right font type and the last stroke of the last component is a fold, the recognition code is "十", and the code is FJP; for the character "织" which is of the left-right font type beside 纟, the recognition code is "羊", and the code is BMIL; for the character "台" which is of the upper-lower font type and the last stroke of the last component is a horizontal stroke, the recognition code is "鱼", and the code is EMT; for the character "太" which is of the mixed font type and the last stroke is a dot, the recognition code is "之", and the code is DYS.

[0065] The character image input method is also a method of Chinese character learning. By splitting Chinese characters, etc., use character images and category images to recognize and explain Chinese characters in batches. Character images and category images are collectively called code images, and character images and code images can be made into sentences, pictures, images, games, dominoes or software for Chinese character recognition teaching.

Claims

1. A character image input method, which is a method of inputting Chinese characters by taking the prescribed components that make up Chinese characters, characterized in that : The characters composed of components and some two or three components are called character images, and the 100 character images are "wood, Ding, west, hill, soil, scholar, wind, rain, water, light, small, river, fire, temple, of, door, gold, bag, bird, feather, moon, horn, fish, bone, say, insect, two, hair, mountain, county, three, shell, field, armor, four, leather, stone, factory, five, home, stand, god, six, scar, king, son, seven, spear, person, still, eight, thousand, woman, towel, nine, ruler, oneself, clothes, ten, inch, eye, stop, tiger, card, ear, also, dog, big, hand, clap, cow, gas, heart, ratio, sheep, industry, speech, visit, mother, text, mouth, dry, horse, husband, bow, young, rice, mortar, knife, child, grain, law, car, worker, bamboo, wheat, boat, craftsman, grass, claw"; Then, the remaining specified components are classified into the character images based on whether they are variants or homologous to the 100 character images, or are partially identical or similar to them, or are similar to them as a whole, or have a number of strokes related to them. These components are called the analogues of the character images. Zixiang input method: First, 50 pictographic characters are classified into two groups and arranged on 25 keys. The corresponding relationship between these 50 characters and keys is as follows: "Wood, earth, water, fire, metal; moon, sun, mountain, field, stone; stand, king, man, woman, self; eyes, ears, hands, heart, words, mouth; bow, knife, car, boat" correspond to "G, F, D, S, A; T, R, E, W, Q; Y, U, I, O, P; H, J, K, L, N, M; B, V, C, X"; "West, wind, small, bird; fish, two, three, four, five; six, seven, eight, nine, ten; tiger, dog, cow, sheep, mother, horse; rice, wheat, bamboo, grass" corresponds to "G, F, D, S, A; T, R, E, W, Q; Y, U, I, O, P; H, J, K, L, N, M; B, V, C, X": Secondly, the remaining 50 characters are classified according to their meaning and shape on the first 50 character keys, so that the corresponding relationship of the 100 characters classified and arranged on the 25 keys is as follows: G"wood, Ding, West, Hill"; F"earth, scholar, wind, rain"; D"water, light, small, river"; S"fire, temple, door"; A"gold, bag, bird, feather"; T"moon, horn, fish, bone"; R"sun, insect, two, hair"; E"mountain, county, three, shell"; W"field, armor, four, skin"; Q"stone, factory, five, home"; Y"Li, Shen, Liu, Ba"; U"Wang, Zi, Qi, Ge"; I"person, still, eight, thousand"; O"woman, towel, nine, feet"; P"self, clothes, ten, inches"; H"eye, stop, tiger, card"; J"ear, also, dog, big"; K"hand, clap, cow, qi"; L"heart, compare, sheep, industry"; N"words, visit, mother, text"; M "mouth, dry, horse, husband"; B "bow, young, rice, mortar"; V"knife, son, wheat, law"; C"car, worker, bamboo, wheat"; X"boat, craftsman, grass, claw"; The graphemes "仍, 访, 拍, 神, 幼, 光, 县, 家, 麦, 草, 风, 庙, 疤, 匠, 包, 角, 骨, 卡, 虎, 皮, 比, 羽" are two-component graphemes, containing two components and should be taken separately; the grapheme "律" is a three-component grapheme and should be split into three components for use; "马, 鸟, 鱼" specifically refers to "removing the last stroke part respectively" for the first three codes, and the fourth code is taken as a whole without specific reference. The class graphemes can be adjusted appropriately according to different Chinese character sets: the above class graphemes are applicable to the GB2313 character set. For the GBK and GB18030 large character sets, the class graphemes "車, 門, 貝, 糹, 馬, 鳥, 魚" should be added corresponding to the key positions of the graphemes "车, 门, 贝, 纟, 马, 鸟, 鱼". Method of inputting Chinese characters: According to the grapheme and class grapheme key position diagrams, respectively take the first, second, third, and last components of the Chinese character according to the principles of "writing order of the Chinese character, fewer components" and "first scattered, first connected, first large and intuitive", and press the corresponding keys for input. If the number of codes is less than four, add the recognition code, and if it is still insufficient, press the space bar. Among them, the specific input method for single characters is as follows: Key name characters: Press the key four times in sequence; among them, the key name character is the first grapheme character on the key position. Single-component non-key name characters: Press the key position of this component, and then press the first, second, and last strokes. Two-component characters: Press the first and second components + recognition code + space bar. Three-component characters: Press the first, second, and third components + recognition code. Characters with more than three components: Press the first, second, third, and last components. Method of inputting vocabulary is as follows: Two-character words: Take the first two components of each character and input them in sequence. Three-character words: Take the first component of each of the first two characters and the first two components of the third character and input them in sequence. Words with more than three characters: Take the first components of the first three characters and the last character and input them in sequence. Method of inputting Chinese character abbreviated codes and secondary codes is as follows: Respectively take the first, second, and third codes of the full code of the single character and press the space bar, which are respectively the input of the first, second, and third level abbreviated codes of the character. Secondary code input is to use the Z key to replace some difficult parts in the Chinese character for input. The recognition code is based on the last stroke of the last component of the Chinese character, namely "horizontal, vertical, left-falling stroke, dot, fold". For the miscellaneous combination font type, it corresponds to "西, 风, 小, 之, 鸟" for input. For the upper and lower font types, it corresponds to "鱼, 二, 三, 四, 五" for input. For the left and right font types that are not beside 纟, 犭, 牛, it corresponds to "六, 七, 八, 九, 十" for input; for the left and right font types beside 纟, 犭, 牜, it corresponds to "虎, 犬, 牛, 羊, 马" for input.

2. The character image input method as claimed in claim 1, characterized in that : The graphemes "仍, 访, 拍, 神, 幼, 光, 家, 麦, 草, 风, 庙, 疤, 匠, 包, 角, 骨, 卡, 虎, 皮, 比, 羽" are two-component graphemes, containing two components and should be taken separately; the grapheme "律" is a three-component grapheme and should be split into three components for use; when used in the input method, "马, 鸟, 鱼" specifically refers to "removing the last horizontal part respectively" for the first three codes, and the fourth code is taken as a whole without specific reference.

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